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System Design for Application Optimization in Portable Devices Based on Power Profiling and Availability of Next Charge Stop

Publishing Venue

The IP.com Prior Art Database

Abstract

Disclosed is a system that can be integrated to portable device that helps sustaining charge until the user reaches a charge point by optimizing the applications execution based on the charge left, charge required by a particular application or by a group of applications and estimating the next charge point availability, the amount of time device gets the charge stop.

Country

Undisclosed

Language

English (United States)

This text was extracted from a PDF file.

This is the abbreviated version, containing approximately
51% of the total text.

Page 01 of 5

System Design for Application Optimization in Portable Devices Based on Power Profiling and Availability of Next Charge Stop

The current day portable devices are limited by power / battery. Moreover, with the advent of high graphic applications, multiple social network applications and other scheduling / utility applications in portable devices consume battery heavily in a smarter phone and which is usually more than power spent on basic features of mobile such as calling, messaging etc. With the limitation of charge capability, following problems arise;

- Unexpectedly, an individual has to travel to a new place and he / she has no idea related to the availability of charge points and their time periods (say at what time he/she can reach the charge points as well as how much time he/she can get to charge his device).

- With lot of stress and busy the individual might sometimes forget charging his device as per his/her routine schedule. For example, assume an individual forgets his usual charge routine and comes to office without charging and after realizing his/her device is lacking of charge. He/she starts seeking the wired charger/wireless charge/USB charger with his colleagues, which might consume his/her productive time (as he/she is unaware of his/her colleagues carrying charger that suits for his device).

- Assume a scenario where in an individual has submitted a request for new loan account or has posted his resume in job seeker website. It is expected that he/she would be receiving plenty of emails or phone calls. But still the device allows execution of other applications (in background / foreground) while which can hamper the battery capacity.

Today there exists no mechanisms which extracts this kind of information from social media or other sources and hints the individual with the colleague details who can help him or optimize the phone to sustain until the individual reaches his usual charge stop.

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Page 02 of 5

The proposed system helps to achieve sustainability of charge by;

1. Identifying the availability of next charge point (By analyzing social media / network, calendar, gps, maps and other sources)

2. Estimating the time required for the end user to reach that stop.

3. Estimating / calculating the time duration during which the device can be used for charging at that charge point.

4. Calculates the charge left, charge required by a particular application or by a group of application, charge required till reaching identified next charge stop (static power profiling - calculation based on expecte...